速度调节器的英文

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"速度调节器"怎么读用"速度调节器"造句

英文翻译手机版

rate fixer
speed adjuster
speed control device
speed control governor
speed controller
speed governor
speed regulator

"速度"英文翻译 velocity; speed; blast; bat
"调节器"英文翻译 regulator; adjuster; governo ...
"加速度调节器" 英文翻译 : acceleration governor
"道路速度调节器" 英文翻译 : rsg road speed governor
"电唱机速度调节器" 英文翻译 : speed regulator for record player
"前进速度调节器" 英文翻译 : ground-speed regulator
"自动速度调节器" 英文翻译 : automatic eed regulator; automatic speed regulator
"最高速度调节器" 英文翻译 : maximum speed governor
"速度调节器变速滑车" 英文翻译 : speeder
"振动接触式速度调节器" 英文翻译 : rocking-contact speed regulator
"长度调节器" 英文翻译 : adjustment of length
"稠度调节器" 英文翻译 : consistency regulator; consistodyne
"高度调节器" 英文翻译 : altitude controller
"厚度调节器" 英文翻译 : caliper profiler
"亮度调节器" 英文翻译 : brightness regulator; dimmer; light controller
"密度调节器" 英文翻译 : density-control device
"浓度调节器" 英文翻译 : cc consistency controller; cr = consistency regulator
"强度调节器" 英文翻译 : whirlpool intensity adjustor
"深度调节器" 英文翻译 : depth adjuster; depth-control device
"湿度调节器" 英文翻译 : humidistat; humidity controller; humidity regulator; humidostat; hygrostat; psychrometric regulator
"温度调节器" 英文翻译 : attemperator; duct thermostat; heat regulator; tc temperature controller; temperature adjuster; temperature adjusting device; temperature regulator; thermolator; thermoregulator; thermostat regulator
"粘度调节器" 英文翻译 : viscosity controller; viscosity regulator
"黏度调节器" 英文翻译 : viscosity controller
"速度调节" 英文翻译 : speed adjustment; speed control; speed governing; speed regulation; speed setting
"速度调节阀" 英文翻译 : speed governing valve

例句与用法

Rsg road speed governor
道路速度调节器
Speed regulator of brushless dc electric motor based on fuzzy neural network
基于模糊神经网络的无刷直流电动机的速度调节器
So the author designed a speed regulator based on sliding - mode control theory , which make the system has strong robustness to the parameters , excellent dynamic and steady - state performance
本文设计了一个基于滑模变结构控制的速度调节器，使得系统具有更好的鲁棒性和动、静态性能。
The key of the implementation of the full digital speed - sensorless vwf system lies in how to obtain the speed calculation modek voltage vector decoupling modek speed adjuster model and how to obtain the pwm switch signal
全数字化无速度传感器变频调速系统实现的关键在于速度的推算模块、电压型矢量解藕模块、速度调节器模块的实现以及如何实时地得到pwm开关信号。
The dtc system is a high - performance ac driving system . but conventional speed controller in dtc system is ped adjuster , which ca n ' t make the system have enough quick response , the ability to restrict the noise and strong robustness to the parameters of the system
作为一种高性能的交流调速系统，在直接转矩控制系统中，速度调节器通常都采用pid调节器，使得系统的快速性和抗干扰能力及对系统参数扰动的鲁棒性不够理想。
Zalila [ 1 ] proposes the concept of hybrid fuzzy and classical controller ; according to the concept , the controller can be classified into the speed regulator and the distance controller , and the data transmitted back by the sensor in agv can be used as the basis of next what the vehicle should control
提出混合模糊与传统控制器的概念，把控制器分为速度调节器与距离控制器，根据车子传感器所回传的信息，做为判断下一个车子所要控制的依据。
This paper also use non - linear feedback decoupling theory to decouple die vector - control close - loop system into linear decoupling of rotor speed and rotor flux linkage subsystems . the speed regulator and flux linkage regulator of these two linear subsystems can be designed with classical linear theory
本文同时还应用非线性反馈解耦理论将矢量控制的闭环系统分解为线性化的转速子系统和转子磁链子系统，两个子系统中的速度调节器和磁链调节器可按线性理论设计。
A method of fuzzy optimization design based on genetic algorithm is presented as a new method of parameter optimization design for dc double closed loop speed adjusting system . the method covers three steps . firstly , speed overshoot rate and settling time are chosen as performance indice according to the demand of engineering . these indice are normalized by using fuzzy membership function and then weighted to form objective function of optimization model of the system . secondly , the dynamic response curve of the system with corresponding parameters and peoformance indice are obtained by computerized numerical calculation and simulation . finally , parameters of engineering design are expanded as searching space ; and parameters of speed regulator and current regulator are taken as genes in chromosome . these genes in searching space are optimized to get best solution by way of genetic algorithm . as shown by experimental results , the parameters designed by this method are capable of significantly improving performance indice of the system , which proves that it is a practical and effective method
提出一种基于遗传算法的直流双闭环调速系统参数优化设计方法.根据工程技术的要求，选用速度超调量和过渡时间作为参数优化性能指标.将该指标用模糊隶属度函数归一化，再加权平均形成系统优化模型的目标函数.采用计算机数值计算方法，通过仿真获得系统对应参数的动态响应曲线及其性能指标.最后以工程设计的参数为搜索范围，以速度调节器和电流调节器的参数为染色体中的基因，通过遗传算法在搜索范围中优化这些基因，获得优化解.实验结果表明，所设计的参数能使系统性能指标有显著提高
This paper begins with the drawbacks of the traditional reading practice , emphasizes on the designing programs and principles of computers . such as " the discoloring design of characters " leaping - type " , " the hiding design of characters " leaping - type " , " the regulator ' s design of reading speed " , " the time - limited automatic page - turning design " , " sound - controlling design of characters " discoloration " etc . then makes further statements about the advantages of reading practice design with assistance of computer , namely , the arousal of students " reading interest using fresh reading materials with vital forms ; the efficient controls of reading procedure , the realization of reading individualization , the realization of sounds " visualization
本文从分析传统阅读训练的缺陷入手，重点介绍计算机“文字跃进式变色的设计” 、 “文字跃进式隐匿的设计” 、 “阅读速度调节器的设计” 、 “限时自动翻页的设计” 、 “声控文字变色的设计”等设计方案及其设计原理，进而阐述计算机辅助阅读训练的优势，即用形式活泼的阅读材料激发学生的阅读兴趣，有效地控制学生的阅读过程，实现阅读的个性化，实现朗读声音的可视化。
In the paper , a speed estimator based on artificial neural network is designed according to the principle of direct torque control , the speed estimator is optimized by genetic algorithm , and the parameters of pid speed adjuster is also optimized by genetic algorithm . a stator linkage and torque observer based on stator resistance estimator using fuzzy neural network is also designed . eventually , the intelligent control of direct torque control system is implemented
本文根据异步电动机直接转矩控制原理，在应用人工神经网络进行速度辨识的基础上，利用遗传算法对神经网络速度辨识器进行了优化设计；运用遗传算法对pid速度调节器的结构和参数进行了整合；在采用模糊神经网络对电机定子电阻辨识的基础上，进行了定子磁链及转矩的观测，为最终实现无速度传感器直接转矩控制系统的智能控制创造了条件。